Core Viewpoint - Huawei's New Year address highlights significant advancements in 5G-A network construction and ecosystem development, showcasing the company's commitment to enhancing user experience and expanding its partnerships in various sectors [1] Group 1: 5G Network Development - Huawei has assisted operators in building 5G-A networks, providing high-speed network connectivity to 60 million users [1] Group 2: Ecosystem Growth - The HarmonyOS ecosystem has progressed from "usable" to "user-friendly," with over 36 million devices running HarmonyOS 5.0 and above [1] Group 3: Partnerships and Developer Engagement - The Kunpeng platform has developed over 6,800 partners and 3.8 million developers, while the openEuler operating system has achieved a cumulative installation of over 16 million units [1] - The Ascend platform has established over 3,000 partners and 4 million developers, with the Atlas 900 super node serving various industries including internet, finance, telecommunications, and electricity [1]

Core Viewpoint - The core message emphasizes the transformative impact of artificial intelligence (AI) on business operations, shifting from efficiency improvements to a comprehensive value reconstruction of core business processes [1][7]. Group 1: Strategic Focus for 2026 - The company will concentrate on vertical industry operations, building an open-source ecosystem for Kunpeng and Ascend, and enhancing the HarmonyOS ecosystem while reconstructing AI data centers [1][8]. - The journey towards strategic goals is acknowledged to be fraught with challenges, but the company is committed to facing these difficulties head-on [1][8]. Group 2: Achievements in 2025 - The company has supported operators in building 5G-A networks, providing high-speed connectivity to 60 million users [5]. - The HarmonyOS ecosystem has seen over 36 million devices with versions above Harmony 5.0, indicating significant user experience improvements [5]. - Collaborations with automotive partners have led to the installation of smart systems in over 1.4 million vehicles, contributing to nearly 7 billion kilometers of assisted driving [5]. - The Kunpeng ecosystem has expanded to over 6,800 partners and 3.8 million developers, while the openEuler operating system has reached an installation base of over 16 million [5]. Group 3: Future Opportunities - The ongoing wave of intelligent transformation presents a long-term strategic opportunity for the company [6]. - The integration of AI into various sectors is expected to enhance operational efficiency and create new value across industries [7]. - The company aims to leverage its strengths in AI and connectivity to drive innovation and improve consumer experiences [7].

IT之家 12 月 29 日消息，华为商城目前多款旧款机型的手机壳迎来 1 折促销，部分产品价格低至 4.9 元，IT之家整理价格如下： 华为 Mate X5 微泵液冷壳：原价 399 元，现 40 元 华为 Pocket 2 时尚手提保护壳：原价 399 元，现 40 元 华为 Mate X6 微泵液冷壳：原价 399 元，现 40 元 华为 Mate Xs 2 皮革支架保护壳：原价 299 元，现 30 元 华为 Pura 70 标准版 / Pro / Pro + / Ultra 微泵液冷壳：原价 299 元，现 30 元 华为 Mate 50 环闪保护壳：原价 299 元，现 30 元 华为 P50 Pro 环闪保护壳：原价 299 元，现 30 元 华为 Mate 60 智能视窗保护套：原价 229 元，现 29.9 元 华为 P50 Pro 艺术主题保护壳：原价 199 元，现 20 元 华为 Mate 50 手带支架保护壳：原价 199 元，现 20 元 华为 P50/P50E 艺术主题保护壳：原价 199 元，现 20 元 华为 P50 Pocket / Pocket S 智能主题保护壳：原价 ...

周末华为云 确定不再扩张，降低一等定位。准备用市场换芯片出货。这么大的变革，今天市场 好像也不怎么热烈。 950还有那么大出货。它支持FP4,FP 8,完全符合现在大模型推理方向，降本降本降本！这么大的边际变化！市场居然这鬼样子 xx卫星真的要一个字1000亿。 ai已死，有事烧纸！ 数据来源：华为白皮书 950机架出货，把电链接密度翻了一倍多，市场也反应不行。 ...

Core Insights - Huawei has launched the 2025 Olympus Mons Awards with a total prize pool of 3 million yuan, aimed at addressing fundamental challenges in data storage and processing amid the AI wave [1][6] - The awards focus on two main directions to systematically build future data infrastructure, from hardware to software [2] Group 1: Focus Areas - Direction One: Innovative medium technologies for the AI era, addressing the transformation of data access patterns and the need for high-performance, cost-effective storage systems [3] - Direction Two: Developing a data foundation for Agentic AI, transitioning storage systems from passive data warehouses to proactive data platforms [4] Group 2: Technical Challenges - The first direction emphasizes overcoming three technical challenges: SSD-based storage-computing integration, high-density storage channel modulation coding, and hierarchical large memory network protocols [3] - The second direction focuses on two key goals: knowledge extraction and multimodal data representation, as well as semantic information refinement for efficient reasoning in large models [4] Group 3: Incentives and Impact - The Olympus Mons Awards will recognize two winners and five pioneers, providing not only monetary rewards but also opportunities for deep technical collaboration with Huawei [6] - Since its inception in 2019, the awards have attracted over 320 top scholars from 12 countries, highlighting their significant impact on the data storage industry [8]

Core Insights - Huawei has launched the 2025 Olympus Mons Awards with a total prize of 3 million yuan to address fundamental challenges in data storage and processing amid the AI wave [1][6] - The awards aim to gather global intelligence to tackle the increasing complexity and costs associated with traditional data storage systems [1] Group 1: Focus Areas - The 2025 Olympus Mons Awards focus on two main directions: innovative medium technologies for the AI era and the development of a data foundation for Agentic AI [2] - The first direction emphasizes the need for new paradigms such as "storage-based computation" and "storage-to-computation" to create high-performance, large-capacity storage systems [3] - The second direction aims to evolve storage systems from passive data warehouses to proactive, intelligent data platforms, focusing on knowledge extraction and semantic information refinement [4] Group 2: Incentives and Impact - The awards will recognize two Olympus Awards and five Olympus Pioneer Awards, providing not only monetary rewards but also opportunities for deep technical collaboration with Huawei [5] - Since its inception in 2019, the Olympus Mons Awards have attracted over 320 top scholars from 12 countries, significantly impacting the data storage industry [5]

12月26日，华为第六届奥林帕斯奖正式启动全球征集。今年依旧设置了300万元人民币奖金池，聚焦解 决AI时代的存储难题。 华为表示，随着Al技术的发展，传统应用正在向Agent智能应用演进，数据不仅在规模上持续增长，数 据的留存、管理与应用方式也在发生改变。本届奥林帕斯奖将聚焦解决AI时代数据处理的算力开销 大、协议栈复杂、知识库构建难、推理效率与精度冲突、存储成本激增等问题，面向全球科研工作者公 开征集解题之道。 ...

Group 1 - The OlympusMons Awards, established by Huawei in 2019, aim to encourage global researchers in the field of data storage to advance fundamental theoretical research and overcome key technical challenges, facilitating the industrialization of research outcomes and promoting collaboration between academia and industry [3][44] - Since its inception, the awards have attracted over 320 scholars from 12 countries, resulting in the awarding of 6 OlympusMons Awards and 18 Pioneer Awards [3][44] - In 2025, the program will offer 2 OlympusMons Awards, each with a prize of 1 million yuan, and 5 Pioneer Awards, each with a prize of 200,000 yuan, providing winners with opportunities for technical exchange and research support from Huawei [3][44] Group 2 - The 2025 OlympusMons challenges focus on innovative medium technologies for the AI era, addressing the increasing costs of processing cold, warm, and hot data, and promoting high-performance, large-capacity, and cost-effective storage systems [5][46] - The first challenge involves SSD-based computing and efficient indexing technology, emphasizing the need for high-density information recording and hierarchical large memory innovations [5][46] Group 3 - The bandwidth specifications for various storage technologies are as follows: HBM (1-4 TB/s), DRAM (100 GB/s), large capacity (7-32 GB/s), and SSD (costing $0.06 to $15 per GB) [6][47] - The challenges include near-storage computing power limitations due to high arithmetic intensity of operators, which creates performance bottlenecks in storage-computing integration architectures [8][49] - The expansion of SSD capacity leads to increased memory demands for FTL mapping tables, raising power consumption, costs, and reliability issues, which are core technical bottlenecks for SSD scalability [8][49] Group 4 - The second challenge focuses on storage channel modulation coding technology for ultra-high recording density, addressing the need to enhance storage channel capacity density as data scales reach the YB level [11][52] - The goal is to achieve a recording density gain of G≥3 and develop high-reliability detection and decoding technologies with an error rate deterioration of less than 10% [18][59] Group 5 - The third challenge targets hierarchical large memory network protocols and IO path optimization technologies, essential for meeting the demands of Agentic AI, which requires high bandwidth, low latency, and high IOPS [20][60] - The development of a hierarchical large memory system is proposed to overcome limitations and provide a robust storage foundation for Agentic AI applications [20][62] Group 6 - The fourth challenge involves knowledge extraction, multi-modal data representation, and knowledge retrieval technologies, addressing issues such as semantic loss during data transformation and the complexity of multi-modal knowledge alignment [28][72] - The aim is to enhance knowledge extraction completeness and improve semantic understanding consistency, achieving high accuracy in knowledge representation and retrieval [33][73] Group 7 - The fifth challenge focuses on semantic information condensation technology for efficient inference in large models, aiming for an end-to-end storage-computing collaborative information condensation system [34][78] - The objective is to achieve a compression ratio of ≥20 times while maintaining inference accuracy loss of less than 1% and improving throughput by over 5 times [38][79]

Core Insights - The article highlights the increasing number of Chinese students receiving early admission offers from prestigious universities in the U.S. and U.K., despite a declining trend in overall international student numbers [4][6][9] - New international schools are emerging in various cities, particularly in regions designated as national science centers, which are attracting families with a background in overseas education [10][12][13] Group 1: Admission Trends - In 2026, Ivy League schools and other top U.S. universities issued over 120 offers to mainland Chinese students, maintaining a high acceptance rate compared to previous years [4] - The concentration of offers is primarily from a limited number of high schools, with only about 50 schools having sent students to Ivy League institutions in the past decade [4][6] - Notably, some emerging schools outside major cities are achieving significant success, such as Qinglan Mountain School, which received multiple offers from top universities [7][12] Group 2: Regional Developments - The article categorizes cities based on their international education development levels, with first-tier cities like Beijing and Shanghai leading, followed by second-tier cities like Nanjing and third-tier cities like Dongguan [5][6] - New international schools are being established in cities like Hefei and Xi'an, which have recently been designated as national science centers, enhancing their educational offerings [11][12] Group 3: Parental Demographics - There is a growing trend of "returnee" parents, who have studied abroad, influencing the demand for international education [13][16] - Research indicates that over 50% of parents in preparatory study abroad families hold a bachelor's degree or higher, with 25% having overseas study experience, reflecting a shift in the demographic profile of parents seeking international education for their children [16]

经济观察网12月24日，华为正式官宣随行WiFi X，定位"直播神器"，专为户外直播与移动创作设计，将于2026年3月发布。该产品融合多天线系统与独 特"X"形态，兼顾便携与信号强度。配备的显示屏可实时呈现电量、信号、运营商网络及连接设备数等关键信息。 ...